Network Topologies TRIZ Cases

Encoding messages as code indices reduces bandwidth consumption on strained base stations without modifying network protocols.

Pre-generated nonces reduce connection establishment time and prevent replay attacks in wireless networks.

Security Edge Protection Proxy intercepts service requests from non-OAuth consumer network functions to obtain access tokens on their behalf.

A mesh network locates information handling systems within data centers by forming localized clusters and determining physical rack positions.

A Wi-Fi display device transmits an RTSP M1 message to initiate a session using a pre-existing IP connection.

Junction nodes act as VPN servers to resolve the contradiction between network stability and high initial costs.

A base station uses a CID mapping table to route traffic directly between mobile stations in the same cell.

A control apparatus authenticates IoT devices on a local network before permitting data transmission to a wide area network.

Cognitive engines derive abstract content elements from peer nodes to conserve network bandwidth in mobile ad-hoc networks.

A WLAN system generates merged color maps from RF and transmission data to calculate predicted application scores via trained statistical models.

A Wi-Fi extender antenna selection method compares signal quality parameters across vertical and horizontal polarized antennas to determine the optimal transmission configuration.

Segmenting traffic into dedicated control and data tunnels resolves congestion issues, ensuring stable AP management without QoS conflicts.

A NAN terminal transmits data request messages containing service protocol type and port number information to facilitate efficient wireless communication.

A mobile hotspot controller adjusts concurrent local device limits based on the active cellular radio to optimize bandwidth.

An accessory device changes its radio identifier upon physical disconnection to prevent accidental reconnection with former master devices.

A communication apparatus manages connection information to disable automatic reconnection from non-P2P devices.

Segmenting the HE WLAN signaling field into common and dedicated user fields reduces signaling complexity while supporting MU-MIMO and OFDMA transmissions.

A mobility management entity routes paging signals through WLAN access points when user equipment supports wireless local area network connectivity.

Default spatial reuse modes and TXOP duration in frame headers reduce decision overhead while improving throughput.

Nodes compute marginal cost to select optimal clusters, reducing control signal traffic in heterogeneous networks.

User plane function extracts application identifiers from DNS responses to create dedicated QoS flows.

Receiving stations check idle antenna ports and perform backoff on a primary channel to access distributed wireless LAN systems.

Dynamic channel puncturing in RTS and CTS exchanges allocates available sub-channels, reducing power consumption while maintaining throughput.

A conditional handover mechanism configures trigger conditions to initiate cell transitions based on signal quality thresholds.

A UE-to-UE Relay forwards sidelink capability data between devices.

Devices monitor control regions to detect resource reservations, selecting idle channels and transmitting data while preventing collisions.

Context synchronization across base stations enables rapid radio resource control re-establishment, preventing data loss during service continuity disruptions.

A mobile phone controller manages wireless audio devices through a mesh network structure to automate device registration and connection.

An access point apparatus transmits trigger frames to coordinate station transmissions across reserved radio resources.

Ground-based measurements train a prediction model to estimate above-ground coverage, reducing dedicated flight time and cost.

A first device uses an NFC chip to read an electronic tag on a second device, obtaining its Bluetooth address to establish a connection.

A group handover method coordinates multiple mobile relays to execute simultaneous network transitions.

Devices broadcast allocated frequency slots to coordinate independent communication and eliminate mutual interference.

Dynamic key generation using signal reception strength prevents channel information exposure during WLAN jamming attacks.

Real-time UV-C dosage measurement prevents under-treatment and surface degradation while minimizing operational downtime.

Master devices aggregate multiple radio links using a unified client identifier to streamline network management.

An ad hoc communication network uses mesh-connected nodes to establish direct wireless links between vehicles and trackside infrastructure.

A virtual screen driver routes full operating system interfaces to mobile devices via personal area networks.

A wireless device pairing system uses unique identifiers to automatically configure IP telephony services.

A satellite operator reuses spectrum allocated to another system using terrestrial components to manage aggregate interference levels.

An information processing apparatus estimates device proximity by sampling radio field intensities from multiple Bluetooth Low Energy advertising packet formats.

An outband overlay ad-hoc network enables direct device-to-device communication using heterogeneous user equipment and IoT devices.

Strategic front and rear placement of wired relay devices reduces collision impact while maintaining self-driving operations.

Intelligent metering device monitors liquid quantity and flow rate using a turbine and Hall Effect sensor.

Rounding network node rank values to integral levels prevents route poisoning and reduces reestablishment overhead.

A wireless softswitch maps femtocell geographic coordinates to macrocell coverage areas for automatic handoff routing.

Cellular network infrastructure manages unmanned aerial vehicle flight data through tower-based communication and location tracking.

A channel estimating and equalizing device generates interference replicas to subtract noise from received signals.

A communication apparatus sets a second wireless channel to match the first wireless channel during concurrent infrastructure and peer-to-peer operations.